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Collective Intelligence, 
The Invisible Revolution 

Jean-Frangois Noubel 
English version reviewed by Frank Baylin 



Version: 7 December 2004 



TheTransitioner 




www.TheTransitioner.org/ci 



Contact info: 

Jean-Frangois Noubel 
jf@TheTransitioner.org 
Mobile: +33 6 15 10 60 33 
Office: +33 4 90 55 49 05 



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Abstract 



The main stakes for humanity are not hunger, poverty, sustainability, peace, healthcare, education, 
economy, natural resources or a host of other issues but our capability to build new social 
organizations that are able to provide solutions. Our main stake is Collective Intelligence. 

This is a key issue in the corporate world as well. Today most large companies encounter 
insurmountable difficulties when dealing with the complexity and the unexpectedness of the world 
when operating against a global backdrop. They undergo conflicts of interest in many areas - 
between profitability and sustainability, secrecy and transparency, values and value, individual and 
collective dynamics, and knowledge fertilizing - that opens - and competition - that closes. 

What most medium and large organizations have in common is an infrastructure based on 
pyramidal hard-coded social maps, command and control, labor division, and a monetary system 
stimulated by scarcity. Until recently, this social architecture was the only information system at our 
disposal to pilot and organize complex human edifices. We call it pyramidal intelligence. It remains 
efficient as long as the environment remains stable, but it becomes vulnerable and inefficient in 
fluctuating contexts, namely when markets, knowledge, culture, technology, external interactions, 
economy or politics keep changing faster than the capability of the group to respond. 

Evolution has provided mankind with specific social skills based on collaboration and mutual 
support. These skills reach their maximum effectiveness within small groups of 10 to 20 people, 
but no more, where the individual and collective benefit is higher than what would have been 
obtained if everyone remained alone. We call it original collective intelligence. As individuals, we all 
know what it is because it is very likely that we have experienced it at some degree in our lives. 

Well-trained, small teams have interesting dynamic properties. These include transparency, a gift 
economy, a collective awareness, a polymorphic social structure, a high learning capacity, a 
convergence of interest between the individual and collective levels, interactions characterized by 
human warmth, and, above all, an excellent capability to handle complexity and the unexpected. 

Is it possible for large organizations to benefit from the same properties? Can they become as 
reactive, flexible, transparent, responsive, and innovative as small teams? Can they evolve even 
further, toward a global Collective Intelligence? Can they conjugate their interests with overriding 
concerns of humanity such as ethics, sustainability, etc.? The answer today is a resounding yes. 
It is not only possible, but absolutely necessary for not just the efficiency of these organizations but 
above all for the well-being of human society. 

The aim of this paper is to provide the key concepts underlying collective intelligence and to 
explore how modern organizations and individuals can concretely learn how to increase their 
collective intelligence, i.e. their capability to collectively invent the future and reach it in 
complex contexts. This will draw the guidelines of a universal governance, provide an outline of 
the next democracies and help us forecast an economy in which competition and collaboration as 
well as values and value are reconciled. 



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Table of Content 



ARE WE CONDEMNED TO INDIVIDUAL INTELLIGENCE AND COLLECTIVE 
INCAPABILITY? 5 



THE DIFFERENT COLLECTIVE INTELLIGENCES 7 



The Original Collective Intelligence 7 

Characteristics of original collective intelligence 8 

The natural limits of original collective intelligence 9 

'Civilization', and pyramidal intelligence 9 

The four dynamic principles of pyramidal intelligence 10 

Limits of pyramidal intelligence 11 

Swarm intelligence 13 

Limits of swarm intelligence 13 

FROM COLLECTIVE INTELLIGENCES TOWARD A (GLOBAL) COLLECTIVE 
INTELLIGENCE 15 



Who is Me? 16 

The next communities 16 

A NEW DISCIPLINE 19 



Definition 19 

Field of Collective Intelligence as a discipline 19 

Creation and stakes of Collective Intelligence 20 

Emergence 20 

Holopticism 20 

Object- links of Collective Intelligence 21 

Social networks, small worlds and tipping points 22 

Language 23 

Semantic Web, meaning and mental representation 23 

Pareto principle and social justice 24 

Money 25 

The question of consensus, vote and action 26 

Democracy 27 

THE TECHNOLOGIES OF COLLECTIVE INTELLIGENCE 31 



Some current examples 31 

Search engines: the experience of the Oracle 31 

Weblogs 31 

Wikis 32 

Syndication (RSS) 32 

Knowledge trees 32 

And tomorrow? 33 

MMOGs, persistent universes and holoptical technologies 33 

We shall all be Cyborg 34 

Virtual ambassadors and quantum personality 34 

The economics of Collective Intelligence 35 



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BUILDING COLLECTIVE INTELLIGENCE TODAY 36 

Developing Collective Intelligence via individual action 36 

In administrations, institutions and companies 37 

In education and training 38 

InNGOs 39 

CONCLUSION 40 

REFERENCE 41 

Bibliography 41 

Internet reference 41 

ABOUT THE AUTHOR 42 



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Are we condemned to individual intelligence and collective 

incapability? 



The problems that exist in the world today cannot be solved by the level of thinking that created them. 

Albert Einstein 

Why do so many human organizations such as companies, governments, administrations, 
associations, etc., that are composed of smart and sensible individuals, act in silly and even 
destructive ways at the collective level, often against the very will of their own participants? 

Why don't large organizations 1 have the same flexibility and adaptability as small groups of 
people? Is the fact they are big the real cause of this dysfunction? 

Are operational effectiveness as defined by parameters including objectives reaching, project 
management, etc... and democracy at odds with each other? If the answer is yes, then we must 
also admit to the startling conclusion that a democratic country is not manageable. If we reply no, 
then why are companies and organizations in general not democratic spaces? 

Why has the free software community, without any hierarchy and decisional center, begun to make 
products that have higher performance than those of the private industry? 

When writing "What interests me is not the happiness of all men; it's the happiness of each man", 
Boris Vian declared individual and collective stakes as irreconcilable. But if we postulate that 
individual happiness is desirable, what gives us the assurance that the happiness of one person 
will not be harmful to the happiness of another? Is acting for the collective good possible only at 
the price of individual alienation? Is acting for oneself systematically harmful for the community? 
Are individual and collective interests reconcilable? 

Whether the problem is global warming, the decline in biodiversity, world peace, education, 
healthcare, commerce, employment, technology breakthrough or any other, none of these can be 
described and understood in their wholeness by organizations as we know them today. They 
cannot be solved because we are not sufficiently intelligent at the collective level. Who, in daily life, 
doesn't suffer from the lack of collective intelligence? Are we condemned to individual intelligence 
and collective incapability? 

Is it possible today, with potent information technologies (ITs) and communication capabilities of 
cyberspace, to organize individual intelligences into new social organizations that are able to 
catalyze a true global collective intelligence that could embrace and then transform the 
complexity of the world into a manageable landscape? 

There is no doubt that Collective Intelligence is now lurking and being expressed just beneath the 
surface of the questions we are raising. Humanity's stakes rely less in the nature of the issues 
than its capacity to invent social structures able to solve them, which makes Collective 
Intelligence a survival stake for humankind. 

This is the reason why in the last few years Collective Intelligence is becoming a full discipline, with 
a theoretical frame, a practical know-how, defined research domains, methodologies, and 
heuristics. Its aim is to maximize the range of action and the potential for freedom of human 
communities in a context where most challenges we meet appear too complex to be solved, at 
least with our present organizations. Collective Intelligence develops the levers of universal 
governance and aids in acquiring the ability to pilot in the capricious weather of complexity. Isn't it 
worth investing efforts and means? Wouldn't states, enterprises, institutes, universities and 
countless others find some advantage in investing their money to offer themselves the means of 



1 We will use 'organizations' as a generic term to refer to companies, administrations, societies, institutions... in other words a whole 
organized as such. 



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their own evolution, not to say their own survival? 



The aim of this article is to present a quick tour outlining the stakes involved and the development 
of such a Collective Intelligence. Note that the capitalized term Collective Intelligence is used when 
referring to its emergent and global level. This will be studied in more detail below. 

After a review of the different forms of collective intelligences, we then will explore the state of the 
art of this discipline. What are its stakes? Who are the players? 

We conclude with how such concepts affect our daily life. How can we, in our present social and 
professional life, concretely augment our collective intelligence? What training is required to 
accomplish this? What individual actions are necessary? What should be expected? 

Of course one can obtain only a general view of this topic in the limited space of this article. This is 
an invitation to a fascinating journey. If this practical guide - which raises more unanswered 
questions than solutions - arouses your curiosity and gives you the desire to participate in this 
beautiful adventure, then it will have achieved its goal here. 



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The different collective intelligences 



Collective intelligence is neither a new concept nor a discovery. It is what shapes social 
organizations - groups, tribes, companies, teams, governments, nations, societies, guilds, etc... - 
where individuals gather together to share and collaborate, and find an individual and collective 
advantage that is higher than if each participant had remained alone. Collective intelligence is what 
we term a positive-sum economy. 

On a strictly behavioral level and if we exclude the symbolic layer of culture, collective intelligence 
communities are not exclusively a human prerogative, these are observed within many social 
animal species, from the ant-hill to the wolf pack and the fish shoal, when the emerging level is 
manifestly smarter than its individual components. 

In human societies, different forms of collective intelligence coexist and mainly coordinate and 
express themselves in the symbolic space. Let's review them so that we are able to understand the 
mutation and evolution towards a Collective Intelligence (with capital letters) at the planetary level. 



The Original Collective Intelligence 

Original collective intelligence, endowed to us by evolution, is merely the intelligence practiced in 
small groups. We all have a direct experience of it, whether in our work, our community life, in 
team sports, in reflection groups, etc... Each of these contexts involves a small number of people 
placed in sensorial - i.e. spatial - proximity with one another. 

This 'optimal' group formation also shows up among some social mammals, like wolves, dolphins, 
elephants, some big cats, or monkeys. All have in common the fact they coordinate around an 
object: the prey, a threat, a toy (stick, stone, water, baby prey, etc.). Thus, with coordinated 
encircling techniques and attacks, the pack of wolves can catch a prey that is bigger, faster and 
stronger than any individual wolf. 

Such types of organized communities are numerous in humankind. Apart from sports and games 
where players are coordinated around material objects, most communities in daily life use objects 
from the symbolic and cultural space. But the dynamics remains fundamentally the same since our 
senses and our spatial engagement are solicited in a very similar way. Let's review a few examples 
that we are all familiar with, they will ultimately serve as references that will facilitate our thinking: 

In a sports team, each player is an expert who knows what must be done in real time in relation to 
the perceived global situation. The team acts as a homogeneous and coordinated entity without a 
structure of hierarchical that directs how information is followed. Objectives such as scores are 
reached in an extremely complex context. In the same sport, each team is different from one 
another and has its own personality. Each is a whole that cannot be reduced to only the sum of its 
parts. 

In a jazz band, each player perceives the global melody in real time and, upon which, accordingly 
adapts his or her musical play, sometimes in an improvised way, sometimes in a predetermined 
manner. The way the piece is played defines what is considered as the style of the group, these 
traits that make it recognizable among all the others. 

As for the meeting room, it is structured to place each participant in a spatial and temporal 
proximity that allows all to perceive everything that happens: talk, gesture, mood, mimics, writings, 
etc... It is the established place where the feeling of belonging to something, even temporary, is 
generated. It is where the tight, friendly, studious, or whatever spirit and mood of the community 
can exist. The aim of the meeting room is to steward collective intelligence via its spatial 
architecture. 



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Characteristics of original collective intelligence 



What are the observable phenomena in the previous examples? They are too numerous for an 
exhaustive exploration, but let's list seven of the most significant ones. They give us enough grain 
to grind in order to understand some of the big theoretical and practical principles of original 
collective intelligence. 

1. An emerging whole: each jazz band, sports team, working team has its own personality, a 
style, a spirit to which we refer as if they were an individuality. When we emphasize the 
success, the quality and the unity of a group, it is another way to express the fact that this 
Whole appears so obviously. 

2. A 'holoptical' space: the spatial proximity gives each participant a complete and ever updated 
perception of this Whole. Each player, thanks to his/her experience and expertise, refers to it to 
anticipate his/her actions, adjust them and coordinates them with the actions of the others. 
Therefore there is an unceasing round trip, a feedback loop that works like a mirror between 
the individual level and the collective one. We define holopticism as this set of properties, that 
is the 'horizontal' transparency (perception of the other participants), and the 'vertical' 
communication with the emerging Whole. In the examples above, the conditions of holopticism 
are given by physical 3D space; our natural organic senses then serve as interfaces. The role 
of a coach, or an external observer, consists in encouraging the conditions for holopticism. 

3. A social contract: whether it is musical harmony, game rules, or work legislation, the group is 
shaped around a social contract, tacit or explicit, objective or subjective, that is accepted and 
staged by each participant. The social contract is not only about values and rules of the group, 
but also the means of its self-perpetuation. 

4. A polymorphic architecture: the mapping of relationships is continuously updated depending 
on circumstances, proficiency, perceptions, tasks to accomplish, or relational rules based on 
the social contract. It gets strongly magnetized around talents or expertise. Then each expert, 
as recognized by the group, takes the lead one after the other to act according to needs. In a 
sport team for instance, the right-winger becomes the leader when the ball comes into his 
space, but it can happen that he becomes the goalkeeper when the situation requires it. 

5. A circulating object-link: as Pierre Levy explains so well in a paper called Collective 
Intelligence and its objects (1994), "The players use the ball simultaneously as an index that 
turns between individual subjects, as a vector that allows everyone to design everyone, and as 
the main object, the dynamic link of the collective subject. We shall consider the ball as a 
prototype of the linking-object, the collective intelligence catalyzing object. Melody, ball, 
objective, or 'objective' of the meeting, no doubt that original collective intelligence gets built 
upon convergence of individualities toward a collectively pursued object, whether or not the 
object is a physical or symbolic one (a project for instance). When they belong in symbolic 
space, it is an absolute necessity that these objects must be clearly identified and united in 
their number and quality by each participant of the group, otherwise this leads to some of those 
fuzzy situations that all of us have already painfully experienced. 

6. A learning organization: the learning process not only operates at the individual level, but it 
also involves the existence of a social process that takes charge of mistakes, and integrates 
and transforms them into shared cognitive objects. It enhances the development of the 
relational intelligence, what we learn for ourselves is useful for others. 

7. A gift economy: in the competition-economy, the one we know today, we pick something for 
ourselves in exchange for compensation, most often money. In the gift economy, we give first, 
then we receive once the community has increased its wealth. Raising our children, taking care 
of the elderly, giving our sweat to a sports team, being involved in an NGO, or helping each 
other in the neighborhood are examples that demonstrate that the gift economy is the absolute 



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base of social life. This is so obvious that we are generally unaware of it. Could any community 
be sustainable in the long run if it relied on the dynamics of individual sacrifice? In the gift 
economy, each participant finds a strong individual advantage that motivates him to give the 
best of himself. The gift economy organizes the convergence between individual and collective 
levels. 

Emerging whole, holopticism, social contract, polymorphic social architecture, circulating objects- 
link, learning organization, or gift economy, here are the main qualities that we will find in all 
communities in which original collective intelligence is at work. Each characteristic is all at once the 
cause and the consequence of the other characteristics. None can be taken separately. The more 
they are developed and coordinated, the more the community is able to evolve and create the 
future in complex, unexpected and uncertain contexts. 



The natural limits of original collective intelligence 

If we stick to the definition we have adopted, original collective intelligence meets two natural 
limits: 

■ In number: only a limited number of participants can interact efficiently otherwise a too- 
high level of complexity is quickly reached that generates more noise than effective results. 
This then strongly limits the capacity of the group; 

■ In space: participants need to be physically together in close range so that their natural 
interfaces (organic senses) can interact. This way they can apprehend the global picture of 
what happens (holopticism) and adjust their behavior accordingly. 

This is the reason why we never see any sport played with eighty players. This limitation is also 
true for jazz groups, corporate meetings, etc... When the number of participants and the 
intervening distance become too large, a division generally occurs. However, other strategies, 
other organizations have been developed along evolutionary lines. We are now going to review 
them. 



'Civilization', and pyramidal intelligence 

How can the two limits of original collective intelligence - the number of participants and distance 
separating them - be bypassed? What social machinery could be implemented in order to 
coordinate and maximize the power of the masses? How could communities of communities be 
harmonized and synchronized? For tasks such as building, planning, cultivating, transporting or 
manufacturing and creating such as erecting temples at the glory of the Gods, human works 
required more and more muscular strength as well as specialization, namely a large number of 
participants. This was a situation that characterized the beginning of history (defined as the birth of 
writing) and the early days of large civilizations. 

This mutation is absolutely original since it was accompanied by almost no perceptible change in 
our physical constitution. It has not been duplicated in the animal world. Our brain, our body and 
our genetic code are the same as they were a few tens of thousand years ago, yet all has 
changed. The drama is also played out on another stage, the noosphere - the mind - on which the 
'invisible' ecology of symbols, myths, knowledge, beliefs, and data, is what organizes the social life 
that is visible to our organic senses {biosphere). 



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With the invention of writing, man entered 
the era of the territory. Signs engraved on 
physical supports were first used for 
counting, managing, norming, laying down 
the outlines and the surface of a territory, 
list, defining belongings and exclusions as 
well as permissions and restrictions. 

For the first time, a message was able to 
circulate without being physically attached to 
its issuer. The qualifier, the fact, the 
counting, the law, the description, etc... 
were objectivized in the circulating object 
bearing symbols. This sealed the object- 
signifier-signified trio. 

This symbolic labeling of the world was also 
applied to humans themselves. Thus name, 
profession, qualification, wealth, facts, 
misdemeanors, caste and lineage became 
important attributes that positioned an 
individual in the social geography. Writing is, 
in essence, the core technology of the State. 

Equipped with this extraordinary capacity to 
send signifiers over long distances toward a virtually unlimited number of recipients, pyramidal 
intelligence was launched and gave birth to civilizations and their States. 



The four dynamic principles of pyramidal intelligence 

Four fundamental principles constitute the universal signature of these human edifices, no matter 
whether these are companies, administrations, governments, armies, religious organizations or 
empires. These are: 

1. Labor division: everyone has to cast himself in a predefined role in order to make people 
interchangeable. An immediate corollary is the division of access to information, which 
establishes a context opposed to holopticism, i.e. panopticism - controlled and partitioned 
information - that we will detail later; 

2. Authority: from divine right, by filiation, by merit, by expertise, by law, by diplomas, etc... 
No matter the legitimating principle, authority institutes a pawl effect, a dissymmetry in the 
information transmission between the emitter and the receiver, and sets up a command and 
controP dynamics (C 2 ). Authority determines the rules, assigns rights and prerogatives, 
organizes the territories (and thus labor division), and distributes wealth by means of 
money; 

3. A scarce currency: money is historically a social convention and an information system 
made to allow the market to function. It serves as a medium of exchange and a store of 
value. Unlike what many people believe, scarcity is not an inherent quality of money, but an 
artificially maintained property. Scarcity generates channels of allegiance from those who 
need toward those who have. It naturally catalyzes the hierarchies of pyramidal intelligence. 
This phenomenon of hierarchization is strongly accelerated by the Pareto effect (the more 
we have, the more we earn) that we will explore later; 



2 It is necessary here to make a distinction between authority and leadership. Authority is a dominating and controlling position that is 
generally institutionalized (a General, a faculty dean, a CEO, a patriarch, a State President, etc.), whereas leadership is a recognized 
quality within the community, it doesn't necessarily involves a determined social status and can be questioned at any moment (the term 
natural authority is also used). 



By civilization we mean a human settlement with the 
following criteria: 

urban concentrations 

■ work specialization 

■ writing as an accounting and memorizing 
technology 

■ commerce, sustained by a fiduciary technology 
an extended geographical area 

■ centralized powers 

■ a culture 

This is where pyramidal intelligence is launched. 

There are heated debates about additional criteria 
such as expansion and hegemonic will as another 
remarkable characteristic of civilizations. Let's keep 
with this minimal shortlist on which most specialists 
seem to agree. 

As for the State term, we will refer to its archaic forms 
(undifferentiated executive, legislative and religious 
powers) as well as its contemporary ones (separation 
of powers). Here again, there are many contradictory 
definitions regarding the dynamics and ultimate 
finalities of the State. 



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4. Standards and norms: they allow the objectivizing as well as the circulation and the 
interoperability of knowledge within the community. Language is itself a standard. As for 
circulating artifacts (electronic components, pieces of machinery, materials, etc..) they all 
have a 'jointing pattern' made to chain their added value and build more complex functional 
sets 3 . 

The strength and the stability of organizations built on pyramidal intelligence largely stem from the 
fact its four founding principles mutually reinforce and legitimize themselves. Wealth is distributed 
by those in authority, hierarchies are catalyzed by scarce money, inclusion-exclusion rules are 
established by standards and norms, and so on. 

Today pyramidal intelligence still drives most aspects of human organizations. From the point 
where the number of participants and the intervening distances exceed that inherent in original 
collective intelligence, this basic form of such intelligence is no longer possible. By organizing and 
synchronizing communities based on original collective intelligence, pyramidal intelligence has 
permitted creating and governing of cities and countries, invention of aircraft, launch of satellites 
into space, establishment of gigantic armies, conducting musical symphonies, discovery of 
vaccines, etc.... Furthermore, during the past 120 years, the rapid growth of telecommunications 
has significantly increased the growth in and power of this form of collective intelligence. 

As a master in the science of economies of scale, pyramidal intelligence excels in piloting repetitive 
processes of transforming power applied to a given raw 'mass' such as matter, population, data, 
etc... in order to generate added value. Assembly lines, teacher training, administrations, armies, 
marketing, commerce, politics, mass medias, computers, etc., all these domains are structured 
around these universals about economies of scale. Even the most abstract consulting company 
today, whose mission statement is to produce knowledge from its social capital, is structured in 
such a way that these economies of scale and repetitive pattern principles can be applied. These 
are the foundations - often raised to the level of a dogma - of our present economic paradigm. 



Limits of pyramidal intelligence 

Of course pyramidal intelligence has also its limits: unlike original collective intelligence, it shows a 
structural incapability to adapt to the unsteady, unpredictable and disruptive grounds of complexity. 

Cross-out qualities, which are strengths in more simple environments, underlie its inherent 
weaknesses: 

■ Work division: the social architecture (organization charts, job descriptions, information 
access levels, etc..) is hardcoded. There is no way this structure can self-modify when 
confronted with changing circumstances, for example as in the case of a sports team. 
Whatever the efforts made to improve and optimize the flow of information, the intrinsic 
limits of hierarchized structures will always show up, with their pawl effects and their 
dynamics made of territories and prerogatives; 

■ Authority: top management, nearly always reduced to ruling minorities are by nature 
unable to perceive and process the tremendous flow of information that pours into the large 
body of the organization they are supposed to manage. This generates reductionist visions 
that become a source of conflict between the 'head' and the base; 

■ Scarce money: scarcity breeds competition which minimizes collaboration, an aspect of 
the capacity to self-adapt; 



3 We are not going to detail the difference between 'norms' and 'standards' here. We could also talk about 'culture', a larger and more 
evocative universe, but this concept remains too approximate and subject to contradictory interpretation in which we don't want to enter 
for now. 



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Standards and norms: most of the time they are subordinated to a logic of competition. 
They serve a strategy of territorial occupation and monopolistic control by means of 
artificially rarefying knowledge (patents, intellectual property, etc.), rather than maximizing 
the permeability and the interoperability with the external environment. The most obvious 
example in the computer world is Microsoft Corporation's Windows operating system, the 
core of most microcomputers. The end user is dependent on the future evolutions of this 
code, must struggle to evolve into other environments, and must pay for any extra desired 
services such as licenses, labels, trainings, etc. 



ORGANIZATION SCHEMES 




r5Sa^Sa 




TRADITIONAL 



RUSSIA 



POLAND 



n □ 




LATIN AMERICA 



3. 





fife ifeVnna^n 



SOUTH AFRICA 



VATICAN 



ABSENT 

1 



ON PROBATION 



SICK 



□ 
CHINA 



r 



ON SICK LEAVE 



FRANCE 




TURKEY 



Source: internet 



Indeed today's organizations are larded with infrastructural and human 'cabling' that are made to 
counterbalance the weaknesses of strict hierarchical architecture: information systems, intranets, 
KM, project oriented organization, works councils (that shuffle human relationships), ERP, HR 
management, etc. But the fundamental structure remains, based on the industrial dynamics of 
mass transformation via the principle of economies of scale. 

Today we suffer cruelly from the limits of organizations based on pyramidal intelligence. Their 
deficiency in face of systemic complexity is expressed by a common symptom: the fact they 



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wander into directions that can be opposite to the will of their own participants, either because 
internal coordination is virtually impossible, or because leaders use de facto opacity - even 
cultivate and legitimate it - to take advantage of their power. 



Swarm intelligence 

Insect societies have a working model that is very different from the human one: a decentralized model, based 
on the cooperation of autonomous units with a relatively simple and probabilistic behavior that are distributed in 
the environment and are provided only with local information (I mean they don't have any representation or 
explicit knowledge of the global structure they are supposed to produce or in which they evolve, that is they 
have no plan at all). 

Insects possess sensory equipment that allows them to respond to stimulations: those that are emitted by their 
peers and those emanating from their environment. Obviously these stimulations are not the same as words or 
signs with a symbolic value. Their meaning depend on their intensity and on the context in which they are 
produced; they are simply attractive or repulsive, inhibiting or activating. 

In insect societies, the global 'project' is not explicitly programmed within individuals, but emerges after the 
succession of a high number of elementary interactions between individuals, or between individuals and the 
environment. Their collective intelligence gets built from a multitude of individual simplicities. 

Jean-Louis Deneubourg 

Professor and researcher in biological processes and theory of collective processes. 

Free University of Brussels 



Insect societies (ants, bees, termites...) have become particularly observed models these past two 
decades. How can just the interaction of a high number of individually 'stupid' creatures cause the 
emergence of an intelligent, reactive, adaptable and in symbiosis with the environment? This is 
known as swarm intelligence. It has inspired many computer simulations (swarm computing and 
cellular automata), all providing fertile discoveries and teachings. 

Swarm intelligence is blind because of its lack of holopticism. None of the individuals have the 
slightest idea of what the emerging entity is. What 'stabilizes' and manages social insects societies 
comes mainly from external conditions (temperature, weather, dangers, food, etc..) that work like 
a natural 'container' and provide behavioral guidelines and boundary conditions. Millions of years 
of evolution were necessary to refine their genetic programming so that large numbers of 
individuals working in unison could create societies having the stability and robustness we know. 

It seems that, in mankind, a certain form of swarm intelligence shows up in the economic domain 
as well. Each time we make a payment, we make a gesture that is rather similar, in its simplicity 
and its dynamics, to an exchange between social insects. From the multitude of one-to-one simple 
probabilistic transactions, a very elaborated collective system emerges, with responsiveness and 
adaptive properties. This is the way human society manages and balances its resources at the 
macroscopic level (even though at the local level of organizations, it is pyramidal intelligence that 
organizes the circulation, as previously stated). 



Limits of swarm intelligence 

The success of swarm intelligence is subject to the condition that its agents are uniform and 
disindividualized. The latter, namely anonymous agents among the crowd of other anonymous 
agents, has a consequence. Individuals are easily sacrificed - even in large scale - in the name of 
the global balance of the system. Although this fact might seem acceptable for social insects in 
which each individual is undifferentiated, it is of course not acceptable for animal species whose 
health and balance depends on individual differentiation. Mankind is a particular poignant example. 

Yet this fundamental distinction seems to be ignored by the numerous economic theories that build 
their models and doctrines on the interaction of undifferentiated agents such as the consumer, the 
citizen, etc.... The liberal approach postulates that the system should reach its balance at the 



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macroscopic level by itself, thanks to the action of internal and external constraints (some people 
will refer here to the famous Adam Smith's expression of the invisible hand). Modeling human 
society as a sum of undifferentiated agents - even with random behavioral variations - constitutes 
an epistemological mistake at the best, a very dangerous doctrine at the worst. Let's add that the 
human economic system is a very recent evolutionary spark and that no historical or biological 
facts can back up the thesis of a so-called natural equilibrium. 

For this reason, it seems that the swarm organization is only a transitory stage. It leads to the 
construction of a new level of complexity that transcends and includes the previous levels. Swarm 
intelligence that still characterizes our current economic system, will either collapse or evolve 
toward the next superior level, that of Collective Intelligence. 



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From collective intelligences toward a (global) Collective 

Intelligence 



Beyond the range of the media, the subtle machinery of Collective Intelligence will make us hear the voice of the 
diversity of mankind. Still indiscernible, softened by the hazes of the future, flooding another humanity with its 
murmur, we have an appointment with the 'surlanguage,' the rapidly maturing yet still infant language of the new 
intelligence. 

Pierre Levy - Collective Intelligence 

The human, by nature, is always in search of a higher level of consciousness that allows him to 
guide and understand his present condition. This quest happens at the individual level and 
throughout all humanity. 

Original collective intelligence transcends and includes the individual. It Xranscends as a 
differentiated emerging entity appears; it includes the individual in a harmonious relationship that 
fosters his/her evolution and provides him/her meaning. 

It seems that neither pyramidal intelligence nor swarm intelligence have proved to be able to 
transcend and include original collective intelligence. However, these two forms of large-scale 
organizations appear like transitory and necessary steps in evolution. Today, everything seems to 
show that THE transition toward a new level of consciousness at the humanity scale - and not only 
in small groups - is at work. 

Let's note first that the two limitations of original collective intelligence are fading quite quickly. 
Communities with a very high number of people at a large distance between one another are now 
beginning to possess, with slight differences, a good part of the properties of original collective 
intelligence. 

What should be added to the seven constituent characteristics of original collective intelligence so 
that we can shift to a global Collective Intelligence that might include tens to millions of people that 
transcends and includes? 

These are: 

8. A sufficient currency: the gift economy does not need to be regulated by accounting 
processes at the scale of small groups. When it comes to large groups of people, a monetary 
information system becomes necessary. 'Monetary' here is defined in the way it acts as a 
medium of exchange and store of value. Thus we are exploring the role of circulating 
currencies, not scarce, but sufficient and available in real time. This point will be detailed later. 

9. Standards and norms: just like with pyramidal intelligence, standards and norms remain 
indispensable to organize the cohesion and the degree of permeability and interoperability of 
large communities. But in the case of global Collective Intelligence, they are issued from 
ascending emergence processes. Their function aims at maximizing the interoperability and the 
capability to build functional, ever more complex sets rather than seeking hegemonies in 
competition contexts. 

10. An information system: by playing a role in all the properties listed here, it is used to organize 
and optimize the symbolic space shared by the community. It interconnects our senses via 
more and more powerful and extended interfaces, it builds and presents digestible synthesis, it 
processes complex calculus, simulations and anticipations that neither our senses nor our 
intelligence are able to achieve, it organizes and indexes the collective memory, it counts 
monetary transactions, it applies the social contract, and it rebuilds artificial holoptical spaces 
where being in proximity is not sufficient anymore, it puts people in relation with one another 
according to polymorphism's needs, and it connects us to cyberspace. 



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11. A permanent interpenetration with cyberspace: no community today can pretend to be 
smart if no exchange dynamics is at work within cyberspace. There we find the most advanced 
knowledge, the most fulfilling experiences, and the best practices. Then it is our turn to deliver 
our experience, to link with others, etc... and doing so we give resonance to this echo chamber 
of humanity. 

12. Personal development: the mutation toward Collective Intelligence at a large scale cannot 
happen without a profound individual and societal transformation. We enter into the inner 
sphere, into the spiritual work linked with our very own existence. We don't have the space to 
cover this immense topic here which, in any case, leads back to each person's individual 
journey. 

But now the question needs to be asked: who is me, and what happens to us in this process? 



Who is Me? 

Social category, culture, nationality, language, identity, professional field, study level and diplomas, 
religion, political color, 'look', etc... these attributes demonstrate our belonging - or our potential 
belonging - to the communities upon which the large scale social thermodynamics of our modern 
societies are built. In this chemistry of pyramidal intelligence, the individual is less considered for 
his intrinsic qualities, his 'inferiority' and singularity, than for his belonging or non-belonging to 
these functional territorial sets. 

In cyberspace there are thousands of ways to exist, to behave, and as a consequence to get into a 
relationship with the infinite lighting effects of our inner mirrors, via the meaning conveyed by the 
sign. Publications, presentations, messages, discussions, jokes, shouting sessions, custom 
profiles made to match needs and wants (buy&sell, employment, social networks, dating, etc.), 
images, avatars, virtual artifacts, 3D universes, weblogs, wikis, projects, source code 
(programming), etc... are among the many semiotic pheromones that we drop here and there 
along our journey. 

Our relationship to our Self, our interiority, our identity are no longer made by the 
inclusion/exclusion mold of predetermined territorial sets as defined by a pyramidal structure, but 
are elaborated within the singularities of semiotic encounters and original communities that emerge 
from them. Former attributes that positioned us in geographical and socio-professional spaces 
suddenly become useless and obsolete. We suddenly find ourselves released from the chains of 
the mass economy. 

We can bet that our image, this fagade of our self that we constantly polish to fulfill social 
requirements, will fade in exchange for an interiority that will attain a social and relational value 
once it is expressed in the semiotics of networks. It is the very characteristics of our interiority that 
will reveal to be integrative and the foundation of tomorrow's communities. 



The next communities 

Still today, for an immense majority of people, the world is seen as a complex game set of nations, 
companies, and institutions among which alliances, treaties, wars, partnerships, support, 
commerce, collaboration or competition are played. On this institutional, entrepreneurial and 
political chessboard, pieces are pyramidal intelligence structures managed by leading elites. 



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Pyramidal intelligence 

D 

l J Country 




Whether this is by force, democracy, talent, or strategy, acting in this world consists in taking over 
the controls in a pyramidal hierarchy (political, administrative, entrepreneurial, institutional or 
media). The seats of power and levers of action are scarce and concentrated. 

Incapable of global, decompartmentalized and holistic vision, pyramidal intelligence organizations 
soon die by making their own accompanying 'pollution' issues in which they suffocate. Getting out 
of this impasse needs a collective effort that masters the principles of its own emerging process 
and of its collective consciousness. Thus life invents new more complex forms to solve the 
deadlocks of its preceding forms. 

This new coordination space for human communities is cyberspace. 



Pyramidal intelligence 

Country 

— ■ — % Community 
- Citizen 





As we have previously seen, there we begin with projecting our inferiorities. Our social attributes 
are not relevant here anymore. Once the individuals are in relation, social software takes over. Its 



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function consists in working as a catalyst for emerging communities and as a structuring agent. It is 
through social software that we discuss, exchange individual knowledge, build collective memories 
and knowledge, share best practices, coordinate actions, etc.... 

Within just a few years free software communities have reached an operational maturity that 
makes them capable of creating products equal to and competitive with those of the classic 
pyramidal industry. It is not only about Linux operating system versus Microsoft, but about most 
indispensable software for the knowledge economy including office suites, web browsers, 
communication tools, programming, and standards. Last but not least, free software communities 
constantly invent powerful 'social software' that allow any cyber-community to shape and 
coordinate itself in a very efficient manner. 

The dynamics of free, concerted and shared action doesn't confine itself anymore to the software 
world. It is widening to many other sectors, in particular those of clean energy, sustainable 
development, fair trade, peace, healthcare, and consuming. The concrete achievements of many 
of these cyber-communities already widely exceed those of classical industrial and pyramidal 
organizations. On an historical scale, this evolution is lightning quick since it has been happening 
for just a few years. 

It seems that during human evolution communities that stemmed from swarm and pyramidal 
intelligences have played a role of transitional transformation and regulation of the original 
environment in order to produce the energetic substances and the complex bricks of life that allow 
an evolution toward superior levels of complexity - and consciousness. Today we live in a world 
that possesses almost everything necessary for this evolution to occur. Ultimately, there will be no 
more need for competition and conquest to obtain natural resources, energy, manufactured 
objects, services, knowledge, interconnections, etc... Shortage, ignorance, and poverty are 
exclusively human and political issues of a humanity that still needs to know and understand itself. 
Today the stakes are organizational. Our communities potentially possess everything necessary to 
continue their self-elaboration in a complex environment. This is a new fact in History. (Is this what 
you are trying to say? 

Of course the holoptical spaces shared by modern cyber-communities are still limited and succinct 
because only two of our senses are involved - sight and hearing. But these gaps are partly 
compensated by the power of intellectual technologies that assimilate complex data and produce 
an understandable synthesis at individual and collective levels. 

What forms will these communities take tomorrow? No one can predict. But it seems certain that 
they will be more and more abundant, incredibly diverse, ubiquitous, and interoperable. They are 
already taking over our pyramidal and centralized organizational forms to which we are still 
accustomed. In the table below a synthesis of the main differences with pyramidal intelligence is 
illustrated. 





Pyramidal intelligence 


Global Collective Intelligence 


Types of communities 


Companies, institutions, 
states, administrations 


Cyber-communities (names 
still to be invented) 


Information architecture 


Panopticism 


Holopticism 


Dynamics 


Top down 


Emerging 


Power distribution 


Centralized 


Distributed 


Types of power 


Authority 


Leadership 


Core technology 


Writing / printing 


Software / Internet 


Regulation mode 


Static (printed rules) 


Dynamic (software) 


Economic dynamic 


Scarcity 


Abundance 


Transactional tool 


Scarce currency 


Sufficient currencies 


Capital 


Material assets and 
knowledge 


People (i.e. in all their 
dimensions) 



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A new discipline 



The issue of collective intelligence is to discover or invent a hereafter of the written word, a hereafter of 
language so that information processing is distributed and coordinated everywhere. It shouldn't be the 
prerogative of separated social organs, but, on the contrary, it should naturally integrate with all human activities 
and return to everyone's hands. 

Pierre Levy - Collective Intelligence 



At a time when governments and companies invest in costly research programs in physics, 
genetics, space programs and nanotechnologies, we might almost forget what lies right in front of 
our eyes: our universal need for a Collective Intelligence. 



Definition 

It is time now to present a short definition of collective intelligence as a phenomenon, whether this 
is the original form or the global scale version (Collective Intelligence): 

Collective intelligence is the capability for a group of people to collaborate in order to 
decide upon its own future and reach it in a complex context. 

Certainly Collective Intelligence deserves to become a full discipline, with its formal framework, its 
empirical approach, its tools, its measuring instruments, its practical applications, and its ethical 
field? This topic is discussed here. 



Field of Collective Intelligence as a discipline 

The Cartesian mechanistic thought process has fractioned the universe into three territories that 
are impervious but not antagonistic to one another: matter, life and mind. Each could only belong 
to one fief or kingdom, otherwise it would risk contradictions and schizophrenia. Physics doesn't 
explain poetry; neither does psychoanalysis explain cellular division. If we stay enclosed within this 
discontinuous space, research into and application of Collective Intelligence is a potpourri 
composed of mostly social and human sciences including arts, mathematics, theology, spiritual 
development, metaphysics, etc... 

Actually the discipline of Collective Intelligence is fundamentally in keeping with the vast 
decompartmentalization process that animates the thought of this new millennium. Matter, life, and 
mind - physiosphere, biosphere and noosphere - are part of the huge evolutionary strides the 
universe is taking toward ever more complexity and higher consciousness. In this world everything 
is connected to everything, each thing possesses at the same time an inner dimension (that has to 
be interpreted), an outer dimension (that we perceive), an individual dimension (the agent) and a 
social dimension (the population, the society) 4 . 

So the science of Collective Intelligence has for its object the study and the optimization of 
the inner-subjective and outer-objective emerging properties of communities. Its aim is to 
augment their being, evolution and fullness capacities. By doing so, it invents the tools for 
a universal governance (global, local, transversal, transcultural, etc..) while developing 
practical and immediate know-how for today's organizations, through an ethics of 
collaboration. 



4 See Ken Wilber 



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Creation and stakes of Collective Intelligence 



We cannot of course list in an exhaustive manner via this short exploratory essay all the avenues 
opened by Collective Intelligence as a new discipline. The eleven characteristics previously listed 
give us an overflowing research agenda. Let's review just some of these areas. 

Emergence 

The emergence principle might be one of the most fundamental aspects of the Universe. It 
happens when a higher level of complexity emerges and gives birth to a new coherent, 
differentiated, autonomous, and autopoietic system. It comes provided with an entirely new set of 
properties and it transcends and includes the subsystems in the inferior level of complexity 5 without 
alienating them. Molecules, for instance, represent a new level of complexity superior to the atoms 
because molecules have a set of properties and a 'logic' that are totally different. For example, 
taken individually, an atom of hydrogen and an atom of oxygen do not possess any properties that 
let us anticipate the nature of water. A similar process occurs with living beings: the 'civilization' of 
their cells provides a new differentiated level with its own logic, i.e. awareness, yet all inferior levels 
(cells, molecules, atoms, particles, etc..) still continue to work with their same laws as before. 

A population of 'systems' put together does not necessarily produce a level of higher complexity. A 
pile of sand remains a pile of sand, that is a basic sum of grains; and a crowd of people going to 
work in the morning do not generate an autonomous, differentiated and coherent whole. When the 
constituents of the system do not produce a differentiated Whole, we get partial emerging 
phenomena that are nothing but the fruit of complex interactions. There is simply no jump to a 
more complex level. 

When we mention the success of a given team or a jazz band, we say that they are like 'the fingers 
on a hand'. In other words it happens when a new superior level of complexity, that surpasses the 
sum of the parts, has emerged. This Whole 'transcends' the individual parts while serving and 
offering him/her more meaning, for his/her greater satisfaction. If relationships do not work well 
within the group, or if the group is not learning or is rooted in a static structure, we certainly witness 
some emerging properties but these are not accompanied with the formation of a new unity in a 
novel superior complexity level. So the creation of a superior emerging level - the one of a 
harmonious and autonomous group - should be considered as an indicator of success. This is true 
at both the individual as well as the collective level. 

This is only possible under specific conditions. We know quite well the conditions of an emerging 
Whole in small groups (gifted with original collective intelligence), but how this could be achieved 
on a large scale? 

This opens a wide new field relating to those complex communities that are emerging today via 
cyberspace. Holopticism, whose function is to offer the individual a representation of the Whole, is 
of course an essential condition underlying their emergence on a large scale. 



Holopticism 

Holopticism, as we briefly mentioned in the case of original collective intelligence, is the means by 
which any participant perceives, in real time, the manifestation of other members of the group 
(horizontal axis) as well as the superior emerging organization (vertical axis). 

Thus a sports team works in a holoptical situation because: 

- each player perceives what the other players are doing 

- each player perceives the emerging figure of the team 



5 The terms like 'inferior' and 'superior' used here are not judgments of value, they simply refer to a positioning in a scale of complexity. 



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Each player then reacts accordingly, which in itself modifies the global pattern, and so on. In this 
case, the holoptical architecture is organically defined by the 3D space in which our basic organic 
senses communicate. 

The opposite of holopticism is panopticism. It consists of a spatial architecture organized so that all 
information converges toward a central point, while it is partially - and even totally - inaccessible to 
the others. Video surveillance systems, banks, intelligence services, and jails are examples of 
panoptical-based environments. This type of organization occurs sometimes in physical space, and 
sometimes as a result of the way information is distributed. In most companies information systems 
are a hybrid mix of panoptical and holoptical. While these may offer a certain level of transparency, 
it is still true that access rights diminish at lower levels in the hierarchy. Information systems in 
most companies still very much reflect such hierarchies. 

Absolute holopticism is a necessary but not sufficient condition for emergence of original collective 
intelligence. This is also the case for global Collective Intelligence environments. From a technical 
perspective such artificial spaces can be built for communities having many participants by 
inventing knowledge and exchange spaces that: 

• are accessible and available to everyone in real time, 

• do not overwhelm people with too much information, but provide each one with 'angled' 
artificially synthesized information (offering an angle, a pertinent point of view that fits with 
the individual user's situation, and not generalist views), 

• allow materialization (as a perceptible object for our senses, even if virtual), namely the 
visualization and circulation of objects-link destined to organize the convergence and the 
synchronization of the community. 

This is the direction in which most tools called social software are evolving today in the forges of 
the free software (open source code) movement. 



Object-links of Collective Intelligence 

Communities - whatever is their structure — always self-organize around circulating objects, 
whether these objects are real or symbolic. These include items such as balls, objectives, ideals, 
enemies, prey, melodies, art, or symbols. 

In our sport team this mechanism is very simple: the position of the ball and the global 
configuration of the group on the field provide each player with a sufficient, rich, and angled 
information (according to his or her position in the playing field). Then the experience and expertise 
of each player can be used to interpret and exploit this information in the most optimal way. In 
social and professional communities, these objects are often hazy, (too) numerous, fluctuating, and 
even undetermined, so much so that they often become as numerous as the participants. This is 
usually is accompanied with desynchronizing and dissolution issues that each of us has already 
experienced. 

Objects-link can be separated in three big categories: 

- Yum-yum objects: all for one. These are the prey-objects that we need to catch for ourselves 
and incorporate. We cooperate in order to reduce their scarcity from the individual perspective 
(only a pack of wolves can catch the deer). Money, notoriety, power, time, attention, gold, and 
oil are all yum-yum objects. 

- Monster-objects: all against one. Threats, enemies, diseases are easy-to-objectivize monster- 
objects which makes them strong community catalysts. History - that stutters and repeats itself 
as we all know - shows that monster-objects have always been the ideal tool for belligerent 
leaders and other war lovers. Every person will recognize them. Whether these objects are the 



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barbarian, the witch, the Jew, the communist, the spy, the woman, the homosexual, the alien or 
the terrorist, the principle remains the same: it is easier to unite the population against 
something than to help them build unity and create for something. 

- Art-objects: their existence comes from a creative impulse and from a pact of Quality signed 
with the Universe. This is the very essence of Art. Art-objects are projections of our desires 
within time that we create as a natural outcome of living a full and vibrant life. As if we are 
unfolding a carpet in front as we walk, we orient our steps on soils that we manifest. Projects, 
other than just surviving, that include works of art, music, supporting human rights, or the 
enhancing our happiness belong to this category. While, yum-yum and monster objects are 
created by people in reaction to our world, Art-objects are offered by creation. Holoptical 
architectures - natural or reconstructed via technology - facilitate their existence (see MMOGs 
below). Some are static and defined a priori (project, strategic plan, model, melody, etc.), 
others are emerging, i.e. produced a posteriori as a constantly updated collective 
representation tool produced by the sum of individual interactions - they are the new object- 
Arts of holopticism. Knowledge trees, also explored below, are one of the first examples of 
such art-objects. 

Attraction and repulsion objects (yum-yum and monster) are indisputably the most archaic variety, 
which probably originated in the first positive sum economies in the animal and human worlds. 

Made to create the world, Art-objects are permanently reinvented, nourished by their own creative 
nature. They are updated, destroyed, replaced, and reincarnated in much the same manner as 
Tibetan sand mandalas. They are 'Whole for AH' where interiorities are connected with one 
another. They build the world in which they will live. For these reasons, Art-objects are not rational: 
what rationality could explain human rights or entice us with a vision of an ideal world? 

Collective Intelligence as a discipline needs to provide a framework about how to objectivize, play 
and represent each of these objects-link within its artificial and virtual spaces. 



Social networks, small worlds and tipping points 

No more than 'six degrees' (actually 5.5) separate us on average from any person on the planet. 
The 'friends of our friends' are 2 degrees away from us, the 'friends of our friends of our friends' are 
3 degrees away, and so on. The structure of human social networks must be very peculiar in some 
way so that six billion individuals are at least separated by so few degrees from one another. When 
we say that we live in a small world, we don't realize how true this is. 

Why do some rumors gain ground and not others? What principles make and destroy fashions? 
Why do certain books become best sellers and not others? Why do some diseases become 
epidemics and not others? Why do some ideas emerge everywhere almost at the same time? It is 
precisely due to the direct consequence of ours being a 'small world.' Under certain conditions 
some 'agents' such as viruses, ideas, signals, fashion, behaviors, etc... can spread like wildfire 
after they have reached what is called a tipping point. When the 'viral agents' are concepts and 
ideas they are called memes by analogy with the genes that are transmitted by filiation or 
contamination in the living world (R. Dawkins). The songs we hum, the fashion, slogans and our 
vision of the world in general are as many memes that are transmitted by 'mental contagion'. 

Humanity is not the only structure to possess such properties of proximity. The brain, the world 
wide web, the food chain in the ecosystem, trading networks, or epidemics exhibit similar patterns. 
Many networks having specific yet similar topologies whereby all agents are in close proximity with 
all others have an extraordinary potential for synchronicity and a capacity to work in unison when 
subject to slight differences in the underlying variables. 

The study of such particular yet universal networks fall into a category that can be called the 
'theory of small worlds'. This science of 'memes, also known as memetics, is a mix of graphic 
theories and sciences of complexity. 



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The modeling and the optimizing of all these elements is clearly yet another stake of Collective 
Intelligence. 



Language 

Earlier we evoked the attributes that indicate our belonging - or potential belonging - to the big 
territorial sets that shape the pyramidal intelligence society. These include nationality, language, 
identity, profession, diplomas, look, religion, political color, etc... 

This social power is well rooted mainly due to the fact it is even embedded in our language. Our 
inner being is nourished by social life, which is built upon the interaction of our interiorities. In fact, 
the very role of language is to serve as a bridge between our inner self and the outer 
someone/something such as a person, object, etc.). It is quite interesting and revealing to 
analyze and understand the interpenetration between individual inner and social outer selves, one 
that is actually maintained by grammar of the spoken language. 

For example, an enormous confusion exists between the verb to be (and other derived verbs that 
express a subjective state related to the subject, the interiority, the inner world that can be 
expressed but not named as objects), and the verb to have (and its derivative verbs), that is related 
to the object, the exteriority, i.e. what can be named but not expressed (we don't 'narrate' a thing, 
we content ourselves with designating it) 6 . We use those shortcuts to say "he/she is a taxi driver" 
rather than saying "his/her job is taxi driver", "he/she is handicapped" rather than "he/she has an 
handicap", and "he/she is Indian" rather than "he/she has Indian nationality". The attribute is 
confused with the essence. The person is what the social order is designating. These shortcuts, 
paced up and down by the civilization of the territories, show that a large part of our inner space is 
abandoned to the environmental navigation aid of the masses and to the architects of social 
pyramids. By environmental navigation aids we refer here to a whole set of coherent symbols, 
colors, signs, forms that help one navigate in a given environment, be they on roads, in an internet 
site, in a building, or any other 'space'. This grammar penetrates our very beings since it shapes 
our minds from birth. 

Grammar - and language in general - is the water of the aquarium in which we swim. An important 
mental effort is necessary in order to extract ourselves and understand its impact on our mental 
structure and level of consciousness. The evolution of our grammar can be left to an unconscious 
state or made conscious and active. The discipline of Collective Intelligence aims not only to 
establish this awakening and clarify the underlying evolutionary processes but also to transcend 
simple verbal forms in order to liberate our minds and allow us to enter the new forms of 
expression that await . 



Semantic Web, meaning and mental representation 

How can we optimally and successfully navigate within these communities of knowledge? We all 
have had the disconcerting experience of being flooded with mountains of information when 
searching the Internet. But even when this information is managed with an ability to prospect and 
navigate the results are still approximate. What sort of sifter is needed in order to extract those 
nuggets that resonate with and possibly meet our expectations? 

The climatic diversity and the widely variable relief of our planet has not prevented us from 
inventing a world map that allows cities, mountains, seas and roads to be positioned on a universal 



What can be expressed but not designated (to be - subject - self): we can express ourselves about our self by evoking our inner 
life, but unlike with objects it has no precise name or designation. What can be designated but not expressed (to have - object - the 

other): we can designate, name, qualify an object or another person, but is says nothing about its inner nature. The only possible 
relationship between the subject (self-expression) and the world as an object exterior to us (not expressible) is given by the direct 
experience. The direct experience is a practice that avoids the trap of the dualism of the words. This is the raison d'etre of Zen and 
meditation in general. 



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cartographic system that can be universally understood. Is there, under the infinitely rich relief of 
concepts and languages, a common matrix? Can a universal tongue map be invented? 

The meaning of a document in Cyberspace is given by its content as well as the (hyper)links that 
connect it to other objects. These links are what precisely provide the context. Content and links 
can be labeled with meta-data, information on information, whose organization is based on the 
rules of formal logics 7 . Such definable and quantifiable entities are what constitute the 
specifications of the semantic web, a term that currently holds the place of honor. 

The stakes here are much wider than they seem. At a time when humanity is looking for a 
universal tongue to pass its survival exam and is searching for a way to understand itself in its wide 
diversity, the universal tongue map would represent an extraordinary governance tool by making 
knowledge spaces universally navigable. Just as world maps did not flatten our landscape, neither 
would a universal tongue map would eliminate diversity. But such a tool would take a large step 
toward providing all humans a tool for mutual understanding. 



Pareto principle and social justice 

The Pareto principle, often called the '80-20 rule', was stated by the Italian economist and 
sociologist Vilfredo Pareto (1848-1923) who discovered that wealth distribution always follows a 
'condensation rule' that "20% of the population possesses 80% of the money". He found that each 
time the amount of wealth is doubled, the number of people who possess this wealth falls by a 
constant factor. For instance, if this factor is 2.5, there are 2.5 less people that have $100,000 in 
their bank accounts than those who have $50,000... and so on. 

Conventional economic theory has never managed to explain the origin of Pareto's distribution law, 
but physics has. French physicists Jean-Philippe Bouchaud and Marc Mezard have demonstrated 
that this law shows up almost everywhere in nature. 

It happens when 'granular' objects self-aggregate and condensate because of the nature of the 
network in which they interact. Examples of condensed systems are numerous: matter and 
particles (most of the universe is concentrated - probably in black holes), waterways (most water 
ends up in a minority of big rivers), traffic in the World Wide Web (most goes through a few 
sensitive hubs), our professional life (e.g. 80% of the work is done by 20% of the staff), commerce 
(e.g. 10% of customers generate 70% of sales in a given company), demography (80% of 
population lives on 2% of the land surface i.e. mainly in cities), popularity (a few people - 
politicians, stars, corporate leaders - receive most of the attention), and of course money. The 
more money one has, the more can be invested, the more revenues can be generated, and so on. 
As a result "the rich get richer and the poor get poorer", unless some re-circulation rules are 
applied. The practice of usury (paying interest) dramatically skews this effect. 

This is the reason why social justice is strongly intertwined with Paretian hoarding effects that are 
evident in areas such as money, power, goods, resources, information, popularity, and social 
networks. Accepting that social injustice is a result of natural law is a conclusion that some liberal 
ideologies accept without hesitation. 

In human communities, Pareto effects generally emerge without the awareness of participants 
since the end result occurs as an "a posteriori" process resulting from individual interactions that 
get iterated a large number of times. 

The Bouchaud-Mezard model confirms that increasing the number of monetary transactions is 
what lessens the condensation effect. Income taxes contribute by reducing differences in wealth 
only if such taxes are equally redistributed. If so the final result is then similar to an artificial 
increase of transactions and connections in the system. But sales taxes lead to fewer sales, i.e. 
diminish the number of transactions and therefore accentuate the condensation effect. The model 



7 For a deeper understanding of the topic: http://www.w3.orq/2001/sw/ 

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also shows that free trade is a good thing, but implemented with the condition that wealth circulates 
in both ways, namely that is not being blocked by unilateral protectionism. The protectionism 
applied by northern countries to southern hemisphere nations has transformed free trade into an 
asymmetrical mechanism and has aggravated disparities. 

The good news is that Paretian dynamics are now much better understood -- thanks to the 
Bouchaud-Mezard model and recent breakthroughs of research into complex systems -- so that 
their regulation and control can be seriously envisaged and undertaken. Combined with holoptical 
architecture, computational economics can become one of the best allies for communities in order 
to help them anticipate the emerging results of their multiple inner-transactions. Then they can 
apply correcting actions in order to attenuate or amplify the Paretian effects upon their needs since 
such effects are not necessarily harmful. 

Of course this is another full-fledged development within the new discipline of Collective 
Intelligence. 



Money 

Although the money we know today has moved into the numeric world, it is still part of the 
industrial archaisms of the Victorian era because it is issued in a massive, centralized and private 
manner. 

In order to more concretely understand this situation, we can regard money just as if it were water 
(from where the word liquidity gets all its meaning). The value of water comes both from its 
quantitative presence and its circulation. If it is too scarce or if it doesn't circulate (which essentially 
amounts to the same thing), then desertification occurs. If it's too abundant the end result is 
'drowning'. So water needs to exist sufficiently (i.e. not too much and not too little) and be correctly 
distributed in order to maximize life potential, namely the proliferation and creative capacity, of an 
ecosystem. 

In the human society, liquid-money doesn't rain, but like water in an ecosystem money has to 
circulate - otherwise it is valueless - and its mass has to be adapted to societal needs. Too high a 
volume of currency swamps the economy because it doesn't fit with the real needs of exchange; 
not enough currency dries the economy because it limits exchanges and fosters fierce competition 
to appropriate it. 

What determines the optimal monetary mass that should circulate within a community, nation, 
region, city, company, NGO, or network is a matter of a 'science of irrigation'. This responsibility - 
and this power - are today concentrated in the hands of powerful pyramidal institutions, the 
banks 8 . 

At the dawn of a civilization based on knowledge and with the global boom in exchange of 
knowledge, commodities and services, the consequences of a centralized and private system are 
as numerous as tragic: 

• As a result of this massive and centralized process, the necessary monetary mass and its 
repartition are very crudely and poorly optimized. 

• The famous 'invisible hand' as well as private interests of financial players are to blame for 
monetary desertification of entire zones of the globe (countries, regions, population 
categories, and economic sectors) in spite of the fact that this transactional tool is crucial 
for social ecology. As a result supply and demand are both present, in full view of each 
other, but are not able to be properly fulfilled. Thus, pauperization happens even in a 
context of abundant resources such as a trained work force, natural and manufactured 



In western countries the monetary mass is 85% private because it is created by the banks in the form of charged credit. Only 15% of 
the monetary mass issued by the state circulates in a free form. 



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resources, ample know-how, etc. 



• Scarcity that is artificially maintained and accentuated by Paretian laws still accentuates the 
desertification process and still critically augments dependency. As children and guardians 
of a society based on pyramidal intelligence, banks have a strong interest to maintain the 
status quo. 

A collective intelligence will be unable to thrive as long as its participants are obliged to 
compete with one another in attaining this scarce resource called money. This impasse 
demands a new type of currency, one that is: free, open, collective, democratic, 
decentralized, sufficient, distributed, has ample volume and is based on a real-time, self- 
regulated repartition in keeping with true needs of supply and demand. Such currencies are 
in a gestation period in the forges of free software. Soon they will expand into cyberspace as well 
as within business extranets and intranets. The transition might be as unexpected as brutal, and it 
might seriously impact national currencies. 



The question of consensus, vote and action 

The same pragmatic question always reappears: how can we make decisions and act when we are 
somewhat disjointed individuals, especially when we are very numerous? 

Do we need a boss who lays down the law? Should we vote? How can we then avoid falling into 
the trap of the notorious dictatorship of the majority? Is the consensus preferable? Is the majority 
necessarily right? What principle(s) can help weigh our decision between 'popular' choice and that 
of the expert? 

To make matters even more complex, the theory of social choice charged with studying and 
modeling the building of collective choices from individual values clearly summons up the mirage of 
the vox populi. It is demonstrated, with the support of mathematical models and theorems, that 
collective choices that are established by aggregation of individual choices are far from being in 
conformity with the democratic ideal of the 'will of the people as one', as political philosophy 
aspires. 

What new light can Collective Intelligence, in its theoretical as well as practical dimensions, shed 
on this debate, one that arises in many arenas from corporate life to the universal and timeless life 
of the city? Whatever number of upstream ideas, we ultimately must converge downstream toward 
an action. The chaotic cloud of ideas must converge into a uniquely directed stream of action. 
Collective intelligence, multiple and undetermined, converges to a collegial action, that is singular 
and well determined. 

Let us again use our sports team example in its original collective intelligence context. Here the 
question of who decides what is solved by itself. It is a space in which ambivalences raised by the 
theories of social choice are resolved. Why? It is because of the presence of holopticism, i.e. the 
permanent relationship between the individual and the emerging level of the group. 

What are the details about how the path from idea to action gets organized, in the light of action by 
Collective Intelligence. 

A simple sequence can be used of the basis of this analysis: 

1 . Reflection 

2. Options formulation 

3. Final option selection 

4. Action 

In very authoritarian structures, steps 1-2-3 are lead by a small group of decision makers and step 
4 is executed by executants. In more flexible but still pyramidal structures, steps 2 and 3 are 



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realized in a more collegial manner while most strategic organizational thinking, namely step 1 , is 
the prerogative just of top decision makers. 

In a Collective Intelligence structure, each step is performed by the entire community: 

1. At the reflection level: Collective Intelligence mobilizes and cross-fertilizes available 
knowledge via a refined dialogue, either synchronous or asynchronous, and either in face-to-face 
contact or remotely. Dialogues draw new horizons, allow the anticipation of conflicts, and prepare 
all players for consensus. They link objects with a predilection for art-objects that support building 
vision, multiplying scenarios and establishing a climate of abundance. 

2. The options formulation obviously owes its quality to upstream thinking. This sensitive step 
requires as much objectivizing object-links (i.e. projects, threats, needs, etc..) as with elimination 
processes that require strong knowledge mobilization. It usually leads to two final option 
typologies: 

• Typology #1 : stated options that express the cognitive limits of the community. They are 
presented as a set of possibilities endowed with strengths and weaknesses among which 
the best or the worst is uncertain. The choice can only be irrational. Let's remind ourselves 
that when rationality is present, there is no need to make choices because it rationality 
arbitrates. So the ultimate choice is exclusively founded on intuition from terra incognita and 
supported by values weighting. 

• Typology #2: identified options that rather than showing conflicts of interest between 
different parties, allow each party to defend its own option versus all others. This outcome 
means that step 1, reflection, was not achieved under optimal Collective Intelligence 
conditions. Namely a holoptical context, emerging whole, gift economy, etc... was lacking. 

Most often the outcome is a mix between both typologies. Let's imagine for instance a community 
that has succeeded in isolating a certain number of typology #1 choices. As we must end up by a 
making a choice, this is the moment when participants can decide that "since there is no rational 
way to know the final correct choice, I might as well pick the option that best serves my own 
interests." So typology #2 thus permeates typology #1 . The points to a method via which a holistic 
view facilitated by a holoptical context can help resolve disputes. 

3. Selection of the final option: if steps 1 and 2 are managed with Collective Intelligence then the 
selection of the final option is much easier. This is the case whether the process is resolved by a 
designated expert, a vote, a consensus or the events themselves. Candidate options are of better 
quality, richer, more detailed, more holistic, more flexible, and ultimately more representative. 

4. The action engages new processes of collective intelligence, again knowledge interaction and 
operational coordination between players. 

Lastly, let's not forget that the cycle from steps 1 to 4 is permanent, redundant, and self-inclusive. It 
works like an endless spiral. Step 4 (action) involves for instance many readjusting 'mini-cycles' 
that generate again the reflection-options-choice-action sequence. 



Democracy 

Are our democratic countries really democratic? What should we say about the professional world 
in which we spend so much of our time? Is it democratic? What should we think of the impunity of 
corporations that make products or act in an occult manner without the consent of the People? 
Who voted for polluted rivers, antipersonnel mines, factories or nuclear plants that explode 
(Bhopal, AZF, Chernobyl, etc.), insalubrious oil tankers, industrial monopoles, or financial 
intrigues (Enron, Credit Lyonnais...)? Who voted that money, a very public tool by nature, 
becomes the monopoly of private banks that support its very high price? Do we have democratic 



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spaces here? 



Let's bet that History will call these institutions pre-democratic or will find an expression that 
underlines their unfinished aspect and their intermediate state. As demonstrated by sciences of 
social thermodynamics, our democracies are massive in the way they oppose masses of voters 
against masses of other voters gathered under the banner of parties, ideologies and charismatic 
political figures who have an incredible concentration of power at their disposal during their 
mandate. Our democracies are structured around pyramidal intelligence. Their powers are 
exercised at the top of these hierarchies, often far removed from the base, with a strong culture of 
opacity and secrecy. 

The limits of our democracies are technical and these technical limits have a tendency to assume 
that this pre-democracy is an invincible and natural state of affairs. 

To be convinced that other options exist, let's imagine some scenarios that are already within 
reach of modern technology. For example all decisions, small or big, could be made by citizens via 
electronic voting with no intermediaries, no exclusions, and during any selected time. 

Each vote in this process could be delegated to the persons of our choice 9 . If the elector lacks 
some expertise and knowledge about complex topics, he/she can entrust his vote to the people of 
his/her choice, those he considers as more advised, more specialized or simply more available. 
This set would include perhaps a friend, a parent, an expert, a society, an NGO, a company, or a 
party. This delegation could last as long as the voter wants on whatever topic or topics he chooses. 
The voter can, for instance, entrust his vote on healthcare related issues to his physician, leave the 
arbitrage on ecology to Greenpeace, delegate a militant union for work issues, and vote 
himself/herself on economic questions. Via a simple click he/she can take over his/her authority 
and vote himself/herself, or appoint someone else in the network to represent him/her, or not vote 
at all. 

Therefore: 

• This democracy is direct and in real time 

• It is not in contradiction with immediate operational deadlines. On the contrary it involves a 
high quality level in the debates, a high number of experts and participants that make this 
collective thinking process richer and a better opportunity generator. 

• It avoids arriving at insane decisions usually issued from over-concentrated and 
overwhelmed powers 

• All questions, whatever they are, are submitted to the people at the time they are raised 

• Each person can be represented or become a representative for other people 



By studying our available technical options we see it is possible to design a non-massive 
democracy, one that is real-time distributed, and available at all steps and stages in any decisions. 

The written word has been a technology of the centralized State. The technologies of collective 
intelligence will be the ones of the emerging governance, a direct democracy that is distributed, at 
both local as well as global levels. Such a democracy has become possible. 



See www.vivarto.org and ' Democracy 2.0 from Mikael Nordfors (2003) 



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For or against direct democracy? 

Three arguments are generally raised by opponents of direct democracy: 

• Absence of safeguards: nothing prevents us from impulsive excesses and actions and from excesses of 
populism since the electors can react in real time. What would the American people have done if, for instance, 
right after September 1 1 they had the means to make immediate decisions via their computers? 

• Absence of expertise: should questions that are a matter of experts' choices be submitted to the people? This 
would probably lead to disastrous questions! 

• Absence of motivation: abstention rates are already so high that if the citizen were asked to vote on everything 
and anything, this would be a catastrophe. 

None of these arguments stand up for very long: 

• On the absence of safeguards: everyday the news show us how our decision makers and elected 
representatives are not the last ones to react in an excessive, heated and partial manner, doing so by following 
processes that remain often occult and covered by the State secret. How many wars could have been avoided if 
the people - those who will shed their blood on the battlefields - were able to decide for themselves? In a direct 
democracy it is on the contrary much easier to establish safeguards and periods of latency, to fix dates that give 
the time for reflecting. 

• On the absence of expertise: today elected representatives are experts in politics, namely the art of wining 
positions of power and visibility. The struggle to establish who is going to decide mobilizes more energy than 
knowing what to decide. True experts are not elected representatives but mostly unknown professionals. They 
are requested by politicians to help with their thought processes so they can finalize their decisions. In this case, 
why wouldn't the citizens have too the right to appeal to experts and even give them their voices? Let's add that 
the lack of expertise from the citizens on many domains is widely due to the fact that their advice is rarely 
requested, at such a point that they are often obliged to make their claim in the streets. 

• On the absence of motivation: abstention is neither due to a disinterest in politics nor a disinvestment in 
individual responsibility. It is nothing else but the separation between the head and the body, one of the many 
symptoms of pyramidal intelligence. To be convinced, let us simply observe the explosion in the number of 
NGOs and humanitarian organizations in which so many people invest their time and hearts. It is for them a 
direct, efficient and real access to the life of the city on issues that seem very real, this within structures that are 
closer to Collective Intelligence than pyramidal intelligence. 



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The technologies of Collective Intelligence 



The term ICT - Information and Communication Technologies - to which many of us now refer 
reveals the paradigm in which we are still enclosed: information and communication. Is that all? 
Where are the Technologies of Collective Intelligence'? 

Today's tools have considerably improved in their capacity for cooperation and collaboration. Can 
we also say they extend the properties of original collective intelligence as a better tool for society 
as a whole? Until pyramidal intelligence has evolved toward a global Collective Intelligence the 
answer is a resounding no. 

Let's give it a thought... Most intranets, ERPs (Enterprise Resource Planning units?) and 
knowledge management tools are designed and conceived of to alleviate the weaknesses of 
pyramidal intelligence by making it more 'horizontal'. Such software tools are very greedy in their 
need for data. They primarily rely on the sum of individual duties {"the knowledge base must be 
filled') rather than the sum of individual motivations ("/ have a direct and immediate benefit to do 
if). It is too often forgotten that internal collaboration/competition ambivalences so typical in 
pyramidal structures induces individualistic behaviors that generate scarcity. For instance, from the 
collective point of view, the company wins when knowledge is abundantly shared. It goes quite 
differently from the individual perspective: it's better to share the knowledge sparingly in order to 
maximize benefits to oneself (i.e. gratitude, monetary benefit, professional evolution, power, etc.). 
When we have given everything, what remains negotiable for ourselves? Abandoning knowledge 
freely to collective memory can put oneself in the dangerous situation of being less indispensable. 
In other words, the technologies of pyramidal intelligence are maintaining ambiguous individual 
and collective dynamics that are often conflicting. They do not fit the specifications of Collective 
Intelligence. 

The movement of free software, and Internet related technologies in general, do not have these 
restrictive hierarchical and territorial constraints. Therefore it is mainly in the cyberspace world that 
most of the technologies of Collective Intelligence are designed today. 



Some current examples 

Search engines: the experience of the Oracle 

Any advanced practitioner of the Internet will confirm it. There is not one aspect of our thinking, 
experiences, interrogations, fantasies, or know-how that has not shown up already somewhere on 
the web, in the past or now, and in a much more profound manner than we imagine. This 
experience reveals human knowledge to us in its prodigious dimension. It gives us the impression 
that we are questioning the Oracle who has the answer to everything. Having at our disposal the 
sum total of human knowledge a few clicks away is not meaningless... we just need to realize that 
it is possible. This experience is just fascinating for anyone who makes it. 

We initially saw ourselves as knowledge possessors, a little like individual reservoirs? Interactivity 
within cyberspace metamorphoses us into smugglers and transformers. Such a role might seem 
very modest to some people, but therein resides the most beautiful opportunity for evolving, 
available to every individual. Our individual intelligence is no longer exclusively located in our own 
brain. 



Weblogs 

From an individual point of view, a weblog (or blog) is an easy-to-use publishing tool on the Net. 



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Without the need to be an expert in technology, the user can edit a text, insert pictures and 
hyperlinks, and then see the content appear directly on the Internet. Navigation menus are 
updated by themselves and the content is automatically indexed, thus eliminating the need for 
fastidious site maintenance. Most weblogs are used as diaries. Individuals or groups of people 
record their thoughts and experiences learned during the day. The net result is a fertile repertoire 
of experience available to everyone. Being familiar with the experience of the Oracle, as outlined 
above, and well-versed in cyberculture, the blogger writes his diary in a very interactive manner 
with the content and experiences displayed in other weblogs. 

It is at the collective level that the magic of weblogs can be understood: the plentiful muddle of 
individual experiences connected between them by the meaning constitutes an extraordinary 
aggregate of collective experience. Exploring a topic in the weblogs means entering each time into 
a mini-knowledge galaxy. 



Wikis 

As weblogs constitute an aggregation of individual knowledge, wikis are an integration of 
knowledge. Just like weblogs they work via a very simple online editing shared interface. The 
difference is that wiki pages are editable and changeable by anyone who wants to bring his/her 
contribution. The accumulation of interactions on a page leads either to a maximal consensual 
optimization of the collective knowledge, or to debates that can give birth to contradictory - but 
complementary - content as new fertile branches. Each former version of a wiki page is 
maintained in memory. It is then very easy to explore its history and roll back a few iterations if the 
new content generates disapprobation. Individual destructive action is powerless in face of the 
constructive force of the majority. 

As convergence technologies, wikis are often compared to paperboards used during meetings on 
which dynamic interaction is capitalized. If they are open to everyone, they can become wisdom 
collectors. 

This principle is so powerful that today the most important encyclopedia worldwide is a wiki named 
Wikipedia 10 . Any visitor can instantly edit the pages. The entries converge gradually toward an 
'optimum state' where the expertise and the voice of the many get self-balanced. 



Syndication (RSS) 

How can we be kept informed about the latest articles, news, or publications that are published 
here and there on the web (press, personal sites, weblogs, wikis, etc...)? Do we have to make a 
daily visit to all websites registered in our browser's 'favorites' list? This would certainly be difficult 
as well as time consuming. Welcome then to the syndication. The principle here is to detect and 
incorporate the novelties of our favorite sites and converge this information into a single, unique 
interface. 

Beyond its practical aspect, syndication is a step forward. It allows everyone to adapt to his/her 
own needs the stream and the nature of the information he/she needs to receive, with a very high 
degree of subtlety. It allows the adjustment of our permeability on the Web. 



Knowledge trees 

Each of us possesses competencies and know-how that go far beyond the scope of diplomas and 
the nomenclature of professions. 



10 http://en.wikipedia.org , 380 000 articles in October 2004 

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Context plays an important role in what defines a competency. Pottery is appreciated differently in 
the hightech and in the craft industries, and a knowledge of financial markets interests the 
gardeners world in a very relative manner. It is the context and the complementarity with respect to 
a community that define the level of competency. Expressing and positioning them in a collective 
and dynamic cartography of knowledge and needs - a knowledge tree - is the challenge that 
Pierre Levy and Michel Authier took up in the early nineties. 

Knowledge trees precisely constitute an Art-object, a dynamic and live integration of collective 
knowledge transformed into a visual form made accessible to individual understanding. Knowledge 
trees are part of the new generation of Art-objects whose aim is to build a representation of the 
emerging level of the community in a holoptical context. 



And tomorrow? 

We are at a turning point. More and more emerging technologies are social. Produced by the fertile 
inventiveness of visionary activists and by vividly imaginative creators of a 'play universe', those 
technologies are emerging both from the forges of open source free software and from avant-garde 
companies. Such technologies allow us to produce sign and meaning that are closer and closer to 
our singularity, our inferiority, while enrolling us in the designing of a new relational and societal 
ecosystem. 

Only a few of these technologies today are accompanied with holoptical tools. Only a few allow the 
creation and circulation of synthetic Art-objects that offer real time representations of the emerging 
collective level, except in the virtual multiplayer universes that we are briefly going to review. 
Holopticism and Art-objects will arrive in a second wave, prompted by the need of collective 
consciousness. 



MMOGs, persistent universes and holoptical technologies 

It is quite probable that behind virtual community projects, whether these communities are considered as games 
or not, a new paradigm of communication is taking shape. It is a sort of complex space, totally systemic, 
persistent, that allows future generations to make diverse but still very traditional and universal experiences. [...] 
At the individual level it is important to avoid preconceptions. When gamers shoot at monsters they are not 
basically killing only monsters. Players are going through a learning process towards technical and symbolic 
interfaces that might strive tomorrow to replace the creatures by significant symbols in the so called classical 
culture, and will allow them, as argues video and role play games producer and author Frederic Weil, "to travel 
in a painting, to explore the forest of symbols". Thus players and users of persistent universes are not only 
exchanging, they learn how to read and write in what could become the prototypes of systemic cultural 
interfaces of tomorrow. Their tactical science, their execution speed, their knowledge on game-play rules, their 
ability to venture into complex systems, their network culture and their interactive interfaces culture might allow 
them to have on culture the same advantage that computer engineers have today on the average internet or PC 
user. 

Franck Beau - article 'The net surfer, co-producer of worlds? 11 

It is certainly in the massively multiplayer online games (MMOGs) that a part of the future social 
ecology spaces of tomorrow is being formed. New realities, universes, characters, entities, 
processes, artifacts, physical laws, social codes, concepts, and arts are created. They intermix and 
make new worlds. Ever more extended holopticisms are designed and they are scoured by ever 
more vivid object-links (yum-yum, monster and Art). We are at the era of stone-less cathedrals, the 
one of persistent universes in ever larger naves, ever dizzier, hold by their software abutment 
piers, inhabited by gargoyles, saints, grotesque figures, magicians, monsters, dragons, elves, trolls 
and other phantasmagorical characters. There the architectural know-how is developed in the 
empirism of open source guilds. 

Yet new ecosystems and economies are growing there and testing themselves, like in an 



11 Original article in French at http://www.finq.org/universite/article.php37id article=55 

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accelerated movie of evolution. Most of these universes are still very masculine: competition, 
alliances, massacres, domination, power capture, strategies, law of the fittest, and allegiance 
rule... but more feminine creations are coming into view. They are more oriented toward empathy, 
meeting, dialogue, preservation and transmission of life. 



We shall all be Cyborg 

In passing, we earlier mentioned only two of our senses are currently involved in our new cyber- 
social existence, namely sight and hearing. 

Progress made in human-machine interfaces will, little by little, allow our other senses to join in the 
dance. Smells, flavors, touch, maybe even our whole corporality (the global feeling we have of our 
own body) will penetrate within the holoptical spaces of tomorrow. The wedding of genetics, 
nanotechnologies and computers will miniaturize these interfaces and will make them alive in our 
bodies. Then we will become Cyborg. 

What are cyborgs? Let us not be too impressed by the rough and barbarian image that recalls 
more the worlds of Terminator and Matrix than the one of a tropical paradise. Many of the 
examples of this new technology appear to be harsh. Intra-auricular hearing aids are a perfect 
example of intrusive technology. No doubt that future mobile phones will look like these hearing 
aids and that lozenge-sized miniature video cameras will be placed on our ear lobes. A pair of 
glasses - or even contact lenses - will be able to project pixels to the back of our retina and allow 
us to 'see' what we today see on our computer screens, or provide us with 'augmented reality'. 
With these micro-technologies, placed in our clothes, our everyday objects or our body, we will 
wear and control them without thinking. Always connected, we will be interlinked anywhere 
anytime. These interfaces will be our tools for social life, just like today with the telephone or the 
car. To a 19 th century human perhaps this would have seemed just as scary. 

Let's finally bet that future generations will know total immersion in synthetic spaces. A new 
balance will be established between the objective world that we experience and the intersubjective 
virtual worlds. 



Virtual ambassadors and quantum personality 

Multimedia opened the door to knowledge modeling in a common digital form that is returned on 
demand or in the form of precise scripts such as database consulting, games, hypertext navigation, 
etc... It was naively believed that multimedia would open the golden way to C.A.L. (Computer 
Aided Learning), but it was forgotten that the act of learning follows a social and relational dynamic 
that cannot be reduced to content consultation however interactive and seducing may be. 

Therefore the modeling of knowledge in interactive dialogues that solicit - and also model - our 
emotional and social intelligence is the next step. This is a stage that has already been widely 
reached by certain technologies like Extempo 12 . 

Nevertheless, it is already possible to get complete courses (that actually work!) by dialoguing in 
natural language with fictitious characters who, rather than following preformatted scenarios, track 
the improvement and psychological profile of the student via an interactive, sensible, dynamic and 
play process. 

Once spread throughout the general public these same technologies will allow us to create our 
own virtual ambassadors, i.e. characters that we will train. These will be either based upon our own 
personality or will be totally invented and will represent us and dialogue with others (characters or 
real persons) in an ubiquitous manner, just like if they were our secretary or our private 



12 Extempo ( www.extempo.com ) is probably one of the most advanced today in this domain 

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representative. Thus dialogue, as the human exchange function itself, will continue to be played in 
an asynchronous and ubiquitous manner while we are invested in other tasks in parallel. 

Let's not mislead ourselves. It is not artificial intelligence but interactive modeling of our knowledge 
that is inscribed in the human relational dynamic. Right now machines are mainly exchanging data 
and information, but they will become capable of exchanging our own concepts and semiotic 
pheromones for us on demand. It is about a superior level of complexity - meaning a new 
realization and capacity for creation - in the information technologies. 

Our presence to others will then be simultaneously played out in these numerous spaces of 
exchange, in a superposed and ubiquitous manner, just like particles studied in quantum physics 
that can show up in several places at the same time and possess several simultaneous states. 
Then our personality will become 'quantum'. 



The economics of Collective Intelligence 

Once holoptical visualization tools are more refined, it will become easier for the individual to know 
how to make his interests converge with those of the community. This evolution will have a strong 
impact on our economy since we will move from a swarm intelligence context (everyone does the 
same actions without knowing where it leads) toward a Collective Intelligence (everyone builds his 
advantages according to information returned from the community level). 

A question remains: what allows us to know whether an action is beneficial or not for oneself as 
well as for the community? Apart from extreme and evident cases, and despite our best intentions, 
forecasting the outcome remains an act of faith to say the least, a form of research into 
equilibriums. 

But one thing seems certain. We make better predictions when: 

1 . collective experience is solicited 

2. precise holistic evaluation methodologies are implemented (including qualitative and 
quantitative metrics) 

3. actions are clearly accepted and supported by the community 

Today actions undertaken in public life that go through a preliminary evaluation based on these 
three steps are rare. Products are launched on the market, companies with specific mission 
statements are built, politics are conducted, and social actions are initiated without the moral and 
ethical consent of the public and the citizens and without application of any methodologies that 
evaluate advantages for and threats to the community. 

Let's anticipate that collective information and evaluation systems will one day be at the disposal of 
all who wish to weigh, support and invest in projects that are estimated to be beneficial for the 
community. From the entrepreneurial point of view, this will not only be a guarantee of 
sustainability but also a source of enhanced upstream support from the marketplace. For the 
public, this is a guarantee of more safety. For investors, it is a way to bet in an ethical and social 
dimension on sustainable development, the very foundation of the economy. These financial bets 
on the future can be rewarded in proportion of the precision of the estimates and of the time-scale 
of the risk. (It is certainly less risky to make a bet on a prediction of events with a 3 months horizon 
than one having a 5 year horizon). 



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Building Collective Intelligence today 



When you ask people about what it is like being part of a great team, what is most striking is the meaningfulness 
of the experience. People talk about being part of something larger than themselves, of being connected, of 
being generative. It become quite clear that, for many, their experiences as part of truly great teams stand out 
as singular periods of life lived to the fullest. Some spend the rest of their lives looking for ways to recapture that 
spirit. 

Peter Senge - 'The Fifth Discipline'^ 3 

The 'society of the spectacle' 14 (sports events, fashion or other cultural distractions), current linear 
school programs, scarce money, and competition as the only economic alternative do not 
contribute to heighten public awareness about Collective Intelligence. When subjected to global 
collective threats - by nature complex ones - it become necessary to learn, in an empirical, 
approximate and often painful way, the ropes of collaboration, the way to have clever relationship 
with the other. But between cooperation and building a global intelligent community, there is a gulf 
that only a few have crossed. 

Let's first review what are the minimal conditions within which a given community that can build 
Collective Intelligence. Then we will analyze the situation in the professional world in general and 
conclude with a look at our educational systems. 



Developing Collective Intelligence via individual action 

One of the first steps in the process of developing collective intelligence via individual action 
consists of using again everything that contributes to a wealthy dynamic of a 'great team,' as Peter 
Senge explores in his landmark work 'The Learning Organization' . A permanent learning on an 
individual as well as on a collective basis is the keystone of this whole process. 

But of course this is not all that is necessary. Collective Intelligence is not an a priori condition but 
an a posteriori stage, it is the fruit of permanent training and learning. It is also a reflection of the 
humility of little steps: Individual progress benefits to the group, and the group becomes more 
favorable to new individual progress, and so on. One cannot master Collective Intelligence alone. 

Finally let's not forget that individual and collective levels work in the same way. A community, no 
matter its size, will go through the same phases - in a more complex fashion - than those of an 
individual: childhood, adolescence, adult phase, ups and downs, as well as crises and victories. 
This understanding is an important guideline. 

We already have listed 12 characteristics of Collective Intelligence. What talents, practice, and 
knowledge should be developed at the individual level? Here is a shortlist that should be part of 
any training: 

• Behavioral and relational intelligence (listening attention, compassion, non-judgment, 
etc. . .), all parts of the art of dialogue (David Bohm) 

• Mental models (that bring objects-link into play) such as projects, and creative will 

• Practice of an Art (discipline, expertise, science, know-how, critical sense, art, etc..) 

• Being, in turns, learner and trainer (principle of learning communities) 

• Gift economy (whatever you take or give, it is always done with an awareness of the 
collective level) 

• Personal development: meditation, breathing techniques, yoga, etc... 

• Ethics, values 

13 A excellent summary of his works is at http://www.infed.org/triinkers/senqe.ritm 

14 This refers to the situationist movement and the most known book of Guy Debord 'Society of the Spectacle' 
( http://www.huzzam.com/etext/debqsociespec/ ) 

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• Mental models, systemic thinking 

• Deep knowledge of dynamic principles of Collective Intelligence 

• Mastering and harmonizing of those technologies that serve these objectives 

In administrations, institutions and companies 

A hammer, a chisel and a plane are not what makes a good joiner. Why would ICTs make 
organizations clever only because of their presence? Yet this naivety is very current. Doesn't the 
very term ICT enclose us in a technical paradigm while shadowing the most fundamental stake, the 
individual human being? Do we hear today companies say "We are going to increase our 
Collective Intelligence"! No, they simply and only talk about ICT, about fragmented and 
reductionist approaches (change conduct, human resources management, knowledge 
management, etc.). 

Of course we always do more with tools than with nothing. But the poor outlines that are produced 
soon eat substantial budgets, and are deceiving and quickly erode everyone's will. 

Strongly hierarchized organizations are clearly those that offer the most vigorous resistance to the 
philosophy of Collective Intelligence since they are attached to their corporality based on territories 
and control. The only question of 'participation' (consultation, collegiality, consensus, transversality, 
communities of practice, etc..) induces a feeling of loss of power for those who have it, and a 
questioning of their legitimacy as experts. This often leads to missed actions when ambitious 
policies for more Collective Intelligence are written on paper. 

As a consequence: the inner IT capabilities and collective brain capacity of more and more 
organizations are less important than those outside. This resistance can be fatal when the 
outer social chemistry produces more adaptable, efficient, clever, and attractive communities. 

Forms of resistance against the implementation of Collective Intelligence - even more basic 
collaborative and consultative processes - are not lacking. Let's list the most common ones: 

• No time: there are too many emergencies now, no time to think about these things. 

• Utopian: that's nice, but bosses and hierarchies will always be necessary because people 
need them; mess is useless when we need to reach objectives, etc. . . 

• Causal belief: Collective Intelligence is not possible because the organization is too big. 

• Conservatism: things have always worked this way, so there is no reason why it should 
change... 

• Pessimism: people are required to change but human nature is selfish and childish; or people 
are too scared to change. . . 

• Paradigmatic: but, if no one decides... who is going to decide? 

Nevertheless things evolve here and there. Communities of Practice (CoP) for instance are 
developed intensively. They are horizontal informal communities, inter- or trans-corporations, that 
rely on knowledge sharing, practice improvement, learning, mutual help, expertise, and coaching. 
They are structured around the criteria of Collective Intelligence and they often use free software 
as a technological lever rather than an internal information systems, which are too closed and 
proprietary, as well as controlled and vertical. Some large multinational companies are now aware 
that CoPs look like what the whole company might become tomorrow and are encouraging this 
mutation. But this does not occur without certain conflicts. 

We can only but encourage organizations to develop their CoPs, it is one the best opportunities 
they can take at the present 15 . There is a whole proven know-how that allows forward movement 



15 Two famous specialists have studied this question : George Por in Europe ( www.communitv-intelliqence.com/who/qeorqe.htm ) and 
Etienne Wenger ( www.ewenqer.com ). George Por has built his approach around four architectures that compose the nervous system of 
the organization : communication, coordination, memory (including knowledge management), learning. 



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without painful ruptures being encountered. 



In education and training 

As we have seen earlier, the idea of planned and standardized school programs (often at the 
national level), featuring classes with 30-40 students or lecture halls with 500 students with their 
sight focused on one unique teacher (rather than making learning communities disposed in circle), 
or exams and diplomas as a ritual of belonging to a given territory, all appear as many signatures 
of the same industrial paradigm. They are unsuitable to the stakes of our century, to say the least. 
What university, what training organization is today ready to install and deliver a collective diploma 
that is given to a whole team rather than just individuals? 

For now, learning Collective Intelligence occurs mainly via practice in cyberspace: in the belligerent 
foaming of the persistent game universes, in the fertile spaces of wikis and weblogs, in the guilds 
of free software and hacking' 6 , in these new worlds where tomorrow's communities and cultures 
are growing. 

If we want school, university, or continuous training to remain meaningful, we need to now create 
collective intelligence trainings. A courageous -- but not impossible -- internal transformation will be 
required. 

What exactly would these trainings be like? How can we train these future artisans of tomorrow's 
communities, these future experts in social engineering? 

Let's first see what their mission would consist of within concrete contexts of today: 

• In companies and organizations: accompany change and transformation 

• In communities: build and drive projects that require the assembly of different and complex 
cultures 

• In public and political life: install new governance and individual participatory systems 

• In education systems: serve as learning communities catalysts 

By inserting the main characteristics of Collective Intelligence, we obtain the following training 
description: 

• Servant leadership: literally train leaders at the service of others as self-empowerment 
facilitators 

• Personal development: a wide inner space is required to develop relational and coaching 
capacities 

• Relational intelligence: art of mediation, dialogue, and public expression 

• Ethics, and values 

• Methodologies (project management, management, specifications, audit and evaluation, 
management control data, business planning, holistic approaches, etc..) 

• Practice of an art (accounting, medicine, music, pedagogy, law, etc) 

• ICT and Internet 

• Classic corporate platforms (HR, KM, CRM, ERP, etc) 

• Quality and e-quality 

• Watch and prospective 

• Sociology of organizations 

• Emceeing of communities (of practice, of learning, of knowledge, etc) 

Personal and relational development, tools, methodologies, and practice would certainly be an 
ambitious project (Art-object) to train future artisans of Collective Intelligence. It is not very far from 



16 The original word hacker means a skilled programmer that is not necessarily ill-disposed 



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that of the honest man advocated by Montaigne. "It is truly said that an honest man is a mixed 
man", as he wrote in one of his Essays. 

The good news is that none of the listed points above, taken separately, are a novelty per se. The 
innovation resides in their subtle assembly and in their incorporating a new perspective for a 
universal ethics of governance. Nations, companies, administrations, communities, NGOs, 
education... everyone will win by accepting the experts' catalysts of Collective Intelligence. 



In NGOs 

Contrary to what most people may believe, the distinctive feature of NGOs is not the fact they are 
non-profit organizations. Their raison d'etre is connected to the laws of the living. They succeed 
where pyramidal intelligence and pre-democratic forms reach their limits. By doing so they unleash 
a global vision on human economy and a global governance. 

Most NGOs have an executive nucleus of pyramidal nature. The reason is simple: in order to raise 
scarce money (sponsors, public financing, etc.), to legitimately negotiate in a politico-institutional 
fabric still mainly constituted of pyramidal intelligence, it is necessary to have a similar genetic 
code, structure and culture. 

As for the militant base of these NGOs is, most of the time they are horizontal and distributed. 
Transparency, democracy, best practice, solidarity, and gift economy are the standards, but too 
often at the cost of operational efficiency. This is because no one wants to be undemocratic or fall 
backwards into the shortcomings of autoritarism. Debates can be endless. Therefore NGOs are 
hybrid structures, halfway between pyramidal and Collective Intelligence. 

Basically NGOs clamor for global Collective Intelligence. It is the direction they will take in the 
years to come. Just like in the corporate world we evoked earlier, many of them believe that, by 
using ICTs, telephones, faxes and planes for face-to-face meetings they are at the top of their 
efficiency. They are wide off the mark. 

This handicap is probably due to the fact that many social activists and militants don't particularly 
feel concerned about ICTs and technical innovation in general. On one hand they very rightly 
denounce planetary stakes and social injustice and they call for a global governance and a holistic 
vision; on the other they don't give themselves the means to acquire the related technologies, 
methodologies and vision. 

Let's recall that the meaningful social progress has been possible only after the People have taken 
possession of the technologies of knowledge, i.e. writing and printing. Moreover, don't all those 
who fight against poverty and exclusion militate in unison for the alphabetisation? Isn't it the only 
and unique way to exist and legitimately evolve in the Nation-States and the pre-democracies of 
pyramidal intelligence? In the same manner, it is a duty and an absolute condition of success 
for today's social activists to master the technologies of Collective Intelligence and of its 
Governance. Only when this condition is met will they will be capable to build communities 
that are more efficient and more competitive than pyramidal intelligences whose 
deficiencies that are attempting to alleviate. 



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Conclusion 



Bureaucratic hierarchies (based on static forms of writing), media monarchies (surfing the television and media 
systems), and international economic networks only partially mobilize and coordinate the intelligence, 
experience, skills, wisdom, and imagination of humanity. For this reason the development of new ways of 
thinking and negotiating engendered by the growth of genuine forms of collective intelligence become 
particularly urgent. Intellectual technologies are not just another branch of contemporary anthropological 
change, they are a potential critical zone, its political nexus. There is no reason to belabor this point, however, 
for we can't reinvent the instruments of communication and collective thought without reinventing democracy, a 
distributed, active, molecular democracy. At this tipping point or hazardous sealing off, humanity could regain 
control on its destiny. Not by putting its fate into some allegedly intelligent mechanism, but by systematically 
producing the tools that allow humanity to built itself into smart communities, able to navigate on the stormy 
oceans of this mutation. 

Pierre Levy, 'Collective intelligence' 



The magic thought, then the mythic thought, then the rational thought became, in their respective 
epochs, the successive vehicles of human mind (noosphere) with which human society organized, 
synchronized and enlarged itself, from the tribal levels to modern Nation-States. The interactive, 
dynamic and ubiquitous objects of cyberspace already allow us to overcome present limits of 
dualistic rationality to transcend and include them into a post-rational thought, a 'glocal', holistic, 
transpersonal, non-dualistic, systemic. It is in these new noospheric spaces, mediated within 
cyberspace, that humanity will be able to direct itself, to negotiate itself, to self-evaluate, to doubt 
itself, and to navigate in these complex waters. 

Communities based on original collective intelligence were not able to build cathedrals nor invent 
vaccines, and communities of pyramidal intelligence cannot manage the systemic complexity of the 
world today. No governments, political parties, ideologies, large institutions (such as the World 
Bank, ODCE, UNESCO, UN, WTO...) or companies in their current form are suited to this task. 

Cyberspace, still in its infancy, has only just begun to build, via a catalyzing process, communities 
that will gradually supplant the old guard of pyramidal intelligence organizations. It is only a 
question of time. Each day, millions of new interpersonal links are woven and new communities 
emerge. Global Collective Intelligence is emerging. It must now grow. Our planet is pregnant with a 
new humanity. 

Our individual choice consists in deciding whether we want to enroll in this evolution or to refuse it. 

The resistance to change often proves to be a stronger force than life, as History has shown us 
many times at the scale of the individual, companies and civilizations. However the practical know- 
how of collective intelligence is within everyone's reach. We now possess the bricks and mortar. 
For many people, the consciousness of the absolute necessity to assemble these materials into a 
new edifice everyday becomes increasingly more pressing. 

Acquiring and developing this knowledge is a matter of a deep individual commitment combined 
with a spiritual dimension that gets very concretely expressed through a practice engaged in our 
professional spaces, in our daily life, in the education of our children, in the relationship with the 
other, this neighbor by which we do exist. 

All of this has already begun. 



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Reference 



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Mann, Steve - Niedzviecki, Hal: 'Cyborg: Digital Destiny and Human Possibility in the Age of the 

Wearable Computer' (2002) 

Nordfors, Mikael - ' Democracy 2.0 (2003) 

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Internet reference 

■ Alliance21 : 'The principles of governance in the 21 st century 
http://www.alliance21.org/en/proposals/summaries/qlobal.htm 

■ Bouchaud, Jean-Philippe and Mezard, Marc: 'Wealth condensation in a simple economic 
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■ Hardin, Garrett: 'The Tragedy of the Commons' (1 968) - http://dieoff.org/page95.htm 

■ Heylighen, Francis: 'The Principle of Suboptimization' (1 993) 
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■ Por, George: 'The Quest for Collective Intelligence' (1 995) 
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About the author 



Jean-Francois Noubel was born in 1964 in France near Paris. Quite early in his childhood he 
became interested in human development through scientific, philosophical, artistic and spiritual 
approaches. As an insatiable explorer of life, traveler and adventurer for fifteen years, he feels 
strong acquaintance with the character Candid from Voltaire, who finally finds serenity and 
happiness in cultivating his garden after numerous and tumultuous adventures around the world. 
Jean-Francois' garden is Collective Intelligence, the next stage in humanity's journey. 

A visionary, he was one of the founders of AOL France in the early days and then participated in 
the growth of other hightech companies. Today he assembles his spiritual, scientific, corporal, and 
artistic life experience so that Collective Intelligence becomes understandable and usable by 
everyone, and considered by organizations as an ineluctable evolution. 

Another important part of his work focuses on the evolution of our monetary systems. Money is not 
neutral but has an architecture that gives a shape to communities. Today the world needs to move 
from a currency system based on scarcity to a monetary system based on 'sufficiency'. These new 
currencies are called 'free currencies' or 'open money'. 

Jean-Francois Noubel prepares a book, gives conferences and workshops, organizes research 
and training programs, and provides strategic consulting services to companies. He also has 
founded an international think tank called TheTransitioner.org. 



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